Raghavender Medishetti

This paper develops a molecular tool to image and manipulate homeostatic microglia in vivo by targeting P2RY12, revealing microglia-pathogen interactions and morphological states in zebrafish and mice.

This paper presents a transfer learning method for classifying zebrafish images before and after drug treatment, achieving high accuracy in detecting phenotypic changes.

This study identifies biallelic CCN2 variants as the cause of autosomal recessive kyphomelic dysplasia through clinical, genetic, and zebrafish model analyses.

This study investigates ovarian development defects in zebrafish fmr1 knockout models, identifying three mechanisms involving neuroendocrine signaling, germ cell gene expression, and mitochondrial impairment.